Kenstanton Music

With a visually striking enclosure design that is equally functional, providing low resonance, improved structural integrity and extended low-end, slotted ports for reduced port turbulence, plus a sleek curvature that provides excellent imaging characteristics and a widersweet spot the VXT monitors achieve a new level of precision.

The domed tweeter (comprised of true silk for fast transient response) and the new woofer design (with its stiffer, lighter cone that provides low distortion and extended low-end) both have vented formers to remove heat and reduce the effects of power compression, enabling these monitors to maintain their sonic signature.

With uncompromising attention to detail that includes tamper resistant switch covers, integrated Omni Mount support and more, the VXT Series is an outstanding choice for a broad range of monitoring applications.

• Configuration: 2-Way
• System type: Active Studio Monitor
• Low-Frequency: 6" Woven Kevlar woofer
• High-Frequency: 1" soft dome tweeter
• Frequency Response: 49Hz - 22kHz (+/- 3dB)
• Max Peak SPL: 111 dB
• Amplifier Class: Class A-B
• Power Output: 90W
• High Frequency: 30W
• Low Frequency: 60W
• Input Impedance (Ohms): 10 K Ohm balanced
• HF Level Adjust: +1dB shelf / Flat / -1dB shelf
• LF Level Adjust: whole, half, quarter
• System Volume: (-30dB - +6dB)
• Auto Mute: (on / off)
• Indicators: Power, Clip, Limit
• Indicator Control: Clip Indicator (On / Off / Limit)
• Input Connectors: Balanced 1/4"/XLR Combo
• Ground Lift: On / Off
• AC Power Input: Selectable 110V-120V / 220V-240V (50Hz - 60Hz) or 100V (50Hz - 60 Hz)
• Enclosure Construction: Structural Foam
• Finish: Black Textured Paint
• Port Configuration: Front firing slot port
• Grille: Optional
• Mounting: Bottom
• Compatable OmniMount: 30.0 WBX
• Dimensions (H x W x D): 14.36" (365mm) x 10.35" (263mm) x 9.66" (245mm)
• Weight: 27 Lbs. (11.6 Kg.)

ABS (Acrylonitrile Butadiene Styrene) Foam Enclosure: High density / low resonance material giving improved structural integrity and rigidity resulting in an extended low-end response. Allows the internal design to have complex shapes and non-parallel walls, increasing rigidity and reducing internal nodes. ABS also has extremely high impact resistance and excellent damping characteristics which reduces cabinet resonance.

Front Firing Radiused / Non-parallel Ports: Facilitates the smooth passage of air molecules which reduces port turbulence at high signal pressure levels. Front ring to avoid wall / corner coupling.

Radiused Enclosure Edges: Eliminating diffraction and phase distortion results in improved imaging characteristics as well as a wider sweet spot at the monitoring position.

Silk Domed Tweeter: The domed tweeter is comprised of true silk for fast transient response. Silk construction reduces ear fatigue and the tweeter waveguide geometry ensures HF directivity.

Woven Kevlar Cone: The inter-molecular hydrogen bonds of Kevlar give the cone high tensile strength for it's light weight. Kevlar also maintains its strength and resilience over a wide temperature range. The lightweight and resilient properties of Kevlar reduces distortion and delivers extended low-end performance as compared to cones made from paper or polypropylene.

Proprietary Woofer Design: The aluminum pole and vented formers remove heat and reduce the eects of power compression ensuring audio performance is consistent and does not deteriorate over time.

HF and LF Controls: Adjustment of the LF response is provided to allow compensation for room response and desktop positioning. Adjustment of the HF is provided to compensate for room acoustics or to reduce ear fatigue when listening for extended durations.

Multiple Protection Circuitry: Thermal, over voltage and over-current circuitry is employed in the design. There is also a switchable limiter which will protect the unit from transients in the signal path.

Ground Lift: Allowing the disconnection of the ground terminal to help resolve issues such as hum and buzz caused by ground loops in poorly congured power systems.